/*--------------------------------*- C++ -*----------------------------------*\
| ========= | |
| \\ / F ield | OpenFOAM: The Open Source CFD Toolbox |
| \\ / O peration | Version: 1.6 |
| \\ / A nd | Web: www.OpenFOAM.com |
| \\/ M anipulation | |
\*---------------------------------------------------------------------------*/

FoamFile
{
version 2.0;
format ascii;
class dictionary;
location system;
object sampleDict;
}

// * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * //

// Set output format : choice of
// xmgr
// jplot
// gnuplot
// raw
setFormat raw;

// Surface output format. Choice of
// null : suppress output
// foamFile : separate points, faces and values file
// dx : DX scalar or vector format
// vtk : VTK ascii format
// raw : x y z value format for use with e.g. gnuplot 'splot'.
//
// Note:
// other formats such as obj, stl, etc can also be written (by proxy)
// but without any values!
surfaceFormat raw;

// interpolationScheme. choice of
// cell : use cell-centre value only; constant over cells (default)
// cellPoint : use cell-centre and vertex values
// cellPointFace : use cell-centre, vertex and face values.
// 1] vertex values determined from neighbouring cell-centre values
// 2] face values determined using the current face interpolation scheme
// for the field (linear, gamma, etc.)
interpolationScheme cellPoint;

// Fields to sample.
fields
(
p
T 
wallHeatFlux 
wallShearStress
);


// Set sampling definition: choice of
// uniform evenly distributed points on line
// face one point per face intersection
// midPoint one point per cell, inbetween two face intersections
// midPointAndFace combination of face and midPoint
//
// curve specified points, not nessecary on line, uses
// tracking
// cloud specified points, uses findCell
//
// axis: how to write point coordinate. Choice of
// - x/y/z: x/y/z coordinate only
// - xyz: three columns
// (probably does not make sense for anything but raw)
// - distance: distance from start of sampling line (if uses line) or
// distance from first specified sampling point
//
// type specific:
// uniform, face, midPoint, midPointAndFace : start and end coordinate
// uniform: extra number of sampling points
// curve, cloud: list of coordinates
sets
(
 cylinder
 {
 type cloud;
 axis xyz;
 points
 ( 
( -0.07230160 -0.01975270 0.01 )
( -0.07352560 -0.01477390 0.01 )
( -0.07430260 -0.00942414 0.01 )
( -0.07467580 -0.00696627 0.01 )
( -0.07477240 -0.00490483 0.01 )
( -0.07500000  0.00000000 0.01 )
( -0.07477240  0.00490483 0.01 )
( -0.07467580  0.00696627 0.01 )
( -0.07430260  0.00942414 0.01 )
( -0.07352560  0.01477390 0.01 )
( -0.07230160  0.01975270 0.01 )
( -0.07176530  0.02177160 0.01 )
( -0.07124840  0.02316510 0.01 )
( -0.06958550  0.02796050 0.01 )
( -0.06784820  0.03177670 0.01 )
( -0.06704730  0.03360320 0.01 )
( -0.06626570  0.03506740 0.01 )
( -0.06446810  0.03831980 0.01 )
( -0.06214210  0.04197030 0.01 )
( -0.06164830  0.04270230 0.01 )
( -0.05885890  0.04646670 0.01 )
( -0.05764000  0.04795480 0.01 )
( -0.05526780  0.05068940 0.01 )
( -0.05302450  0.05301770 0.01 )
( -0.05171280  0.05430750 0.01 )
( -0.04898470  0.05677950 0.01 )
( -0.04743320  0.05807430 0.01 )
( -0.04432850  0.06048690 0.01 )
( -0.04198680  0.06211870 0.01 )
( -0.03964630  0.06364920 0.01 )
( -0.03476020  0.06644540 0.01 )
( -0.03416910  0.06676010 0.01 )
( -0.03248620  0.06752740 0.01 )
( -0.02851310  0.06936590 0.01 )
( -0.02586560  0.07034480 0.01 )
( -0.02329980  0.07128710 0.01 )
( -0.02189990  0.07170210 0.01 )
( -0.01842860  0.07270060 0.01 )
( -0.01496620  0.07343590 0.01 )
( -0.01251330  0.07394870 0.01 )
( -0.00843898  0.07448300 0.01 )
( -0.00683646  0.07468760 0.01 )
( -0.00480436  0.07478900 0.01 )
( -0.00113614  0.07499020 0.01 )
(  0.00339398  0.07485590 0.01 )
(  0.00514326  0.07482210 0.01 )
(  0.00695549  0.07463870 0.01 )
(  0.01156130  0.07409880 0.01 )
(  0.01420290  0.07360230 0.01 )
(  0.01821140  0.07274990 0.01 )
(  0.02080440  0.07201420 0.01 )
(  0.02460970  0.07084380 0.01 )
(  0.02744730  0.06974080 0.01 )
(  0.03072010  0.06841900 0.01 )
(  0.03492270  0.06636780 0.01 )
(  0.03513780  0.06625830 0.01 )
(  0.03612690  0.06567300 0.01 )
(  0.04063140  0.06303020 0.01 )
(  0.04144120  0.06249750 0.01 )
(  0.04596660  0.05924790 0.01 )
(  0.04720080  0.05826640 0.01 )
(  0.05055670  0.05537880 0.01 )
(  0.05229530  0.05374330 0.01 )
(  0.05514610  0.05078380 0.01 )
(  0.05665570  0.04914160 0.01 )
(  0.05978590  0.04519560 0.01 )
(  0.06085870  0.04383140 0.01 )
(  0.06189960  0.04226610 0.01 )
(  0.06473170  0.03786900 0.01 )
(  0.06575160  0.03601070 0.01 )
(  0.06810350  0.03138970 0.01 )
(  0.06901040  0.02928810 0.01 )
(  0.07062620  0.02521900 0.01 )
(  0.07149570  0.02253430 0.01 )
(  0.07245870  0.01935210 0.01 )
(  0.07329630  0.01580250 0.01 )
(  0.07350260  0.01491210 0.01 )
(  0.07369390  0.01379200 0.01 )
(  0.07428290  0.01034670 0.01 )
(  0.07475200  0.00586216 0.01 )
(  0.07481740  0.00522980 0.01 )
(  0.07485830  0.00404470 0.01 )
(  0.07500000  0.00000000 0.01 )
(  0.07485830 -0.00404470 0.01 )
(  0.07481740 -0.00522980 0.01 )
(  0.07475200 -0.00586216 0.01 )
(  0.07428290 -0.01034670 0.01 )
(  0.07369390 -0.01379200 0.01 )
(  0.07350260 -0.01491210 0.01 )
(  0.07329630 -0.01580250 0.01 )
(  0.07245870 -0.01935210 0.01 )
(  0.07149570 -0.02253430 0.01 )
(  0.07062620 -0.02521900 0.01 )
(  0.06901040 -0.02928810 0.01 )
(  0.06810350 -0.03138970 0.01 )
(  0.06575160 -0.03601070 0.01 )
(  0.06473170 -0.03786900 0.01 )
(  0.06189960 -0.04226610 0.01 )
(  0.06085870 -0.04383140 0.01 )
(  0.05978590 -0.04519560 0.01 )
(  0.05665570 -0.04914160 0.01 )
(  0.05514610 -0.05078380 0.01 )
(  0.05229530 -0.05374330 0.01 )
(  0.05055670 -0.05537880 0.01 )
(  0.04720080 -0.05826640 0.01 )
(  0.04596660 -0.05924790 0.01 )
(  0.04144120 -0.06249750 0.01 )
(  0.04063140 -0.06303020 0.01 )
(  0.03612690 -0.06567300 0.01 )
(  0.03513780 -0.06625830 0.01 )
(  0.03492270 -0.06636780 0.01 )
(  0.03072010 -0.06841900 0.01 )
(  0.02744730 -0.06974080 0.01 )
(  0.02460970 -0.07084380 0.01 )
(  0.02080440 -0.07201420 0.01 )
(  0.01821140 -0.07274990 0.01 )
(  0.01420290 -0.07360230 0.01 )
(  0.01156130 -0.07409880 0.01 )
(  0.00695549 -0.07463870 0.01 )
(  0.00514326 -0.07482210 0.01 )
(  0.00339398 -0.07485590 0.01 )
( -0.00113614 -0.07499020 0.01 )
( -0.00480436 -0.07478900 0.01 )
( -0.00683646 -0.07468760 0.01 )
( -0.00843898 -0.07448300 0.01 )
( -0.01251330 -0.07394870 0.01 )
( -0.01496620 -0.07343590 0.01 )
( -0.01842860 -0.07270060 0.01 )
( -0.02189990 -0.07170210 0.01 )
( -0.02329980 -0.07128710 0.01 )
( -0.02586560 -0.07034480 0.01 )
( -0.02851310 -0.06936590 0.01 )
( -0.03248620 -0.06752740 0.01 )
( -0.03416910 -0.06676010 0.01 )
( -0.03476020 -0.06644540 0.01 )
( -0.03964630 -0.06364920 0.01 )
( -0.04198680 -0.06211870 0.01 )
( -0.04432850 -0.06048690 0.01 )
( -0.04743320 -0.05807430 0.01 )
( -0.04898470 -0.05677950 0.01 )
( -0.05171280 -0.05430750 0.01 )
( -0.05302450 -0.05301770 0.01 )
( -0.05526780 -0.05068940 0.01 )
( -0.05764000 -0.04795480 0.01 )
( -0.05885890 -0.04646670 0.01 )
( -0.06164830 -0.04270230 0.01 )
( -0.06214210 -0.04197030 0.01 )
( -0.06446810 -0.03831980 0.01 )
( -0.06626570 -0.03506740 0.01 )
( -0.06704730 -0.03360320 0.01 )
( -0.06784820 -0.03177670 0.01 )
( -0.06958550 -0.02796050 0.01 )
( -0.07124840 -0.02316510 0.01 )
( -0.07176530 -0.02177160 0.01 )
( -0.07230160 -0.01975270 0.01 )
 ); 
 }
);


// Surface sampling definition: choice of
// plane : values on plane defined by point, normal.
// patch : values on patch.
//
// 1] patches are not triangulated by default
// 2] planes are always triangulated
// 3] iso-surfaces are always triangulated
surfaces
(
);
//cylinder
//{
//type patch; // always triangulated
//patchName cylinder;
//}
//);


// ************************************************** ********************* //
